Astra Telematics AT402

1-wire

battery

bluetooth

can

glonass

ip65

lte

motorcycle

rs-232

scooter

vehicle

Astra Telematics AT402 is a vehicle tracking device designed for moto-sharing and connected vehicle applications. It features LTE Cat M1 with 2G/GPRS fallback, multi-constellation GNSS (GPS, GLONASS, Galileo, BeiDou), and IP65 ingress protection. The device includes a 510mAh backup battery, BLE 4.2 connectivity, CANBus interface for vehicle data, RS232 serial port, 1-Wire interface, and operates from 6-65V. With an automotive connector for seamless integration into vehicle wiring looms, the AT402 is ideal for motorcycle sharing, scooter fleets, and general vehicle tracking applications requiring real-time high-reliability communications and comprehensive telemetry data.

Make your Astra Telematics AT402 devices a part of any infrastructure by connecting them via flespi telematics hub. Manage the device settings using flespi device management platform. Learn how to configure Astra Telematics AT402 with flespi.

Protocol: astra-telematics Manufacturer: Astra Telematics Change log: astra-telematics

Usage specifics

Parameters (80)

Settings (6)

Commands (1)

Here’s the like of JSON you get

{
    "ident": "352625333222111",
    "position.altitude": 273.61,
    "position.hdop": 0.7,
    "position.latitude": 49.069782,
    "position.longitude": 28.632826,
    "position.satellites": 18,
    "server.timestamp": 1650636570.426424,
    "timestamp": 1650636570.426424,
    "device.type.id": "Astra Telematics AT402",
    "channel.id": 1111,
    "protocol.id": "astra-telematics"
    "engine.ignition.status": true
    ...
}

How to consume this nice JSON

The easiest way is to make a REST API request like this

curl -X GET  --header 'Authorization: FlespiToken XXX' 'https://flespi.io/gw/devices/<device id>/messages'

Explore REST API Show more ways to consume data How to connect my Astra Telematics AT402 to flespi

How to send commands to Astra Telematics AT402?

You can send a specific command. Show all commands

You can use pre-defined settings to send instructions more conveniently. Show all settings

You can also

Modify messages

Add or remove parameters, inject data from LBS and reverse-geocoding services, etc.

Learn what plugins can do

Aggregate data

Determine trips and stops, catch events, detect geofence ins/outs, and more.

Learn about flespi analytics capabilities

Name

Type

Unit

Description

Sources

ain

number

volts

Voltage on the analog input

Module 4: Analogues

alarm.panic.status

boolean

Panic alarm event occurred

Report Reason Flags

axle.weight

number

Axle weigth

Module 11: FMS Journey Start,
Module 16: FMS Journey Stop

battery.level

number

percentage

Internal battery level

Module 1: Device Power

battery.low.alarm

boolean

Battery low alarm event

Report Reason Flags

ble.beacons

array

Standard parameter names used: *id* - beacon identification string. Usually it is beacon's UUID or MAC-address *local_name* - Beacons's Local Name *rssi* - BLE signal level. Units = dBm *battery.voltage* - Beacon's battery voltage. Units = volts *battery.level* - Beacon's battery level. Units = percentage *temperature* - Beacon's temperature. Units = celsius

Module 45: BLE Beacons

can.data.frame

string

CAN data frame value in HEX representation, indexed by CAN message ID or element identifier

Module 46: Generic CAN Data

can.dtc

array

Diagnostic trouble code array read from CAN May content list of OBDII codes or list of objects with codes. Standard object parameter names used: *standard* - Protocol standard (J1939, J1708(J1587), OBDII) *mid* - Message Identifier (J1708) *sid* - Subsystem Identifier (J1708) *fmi* - Failure Mode Identifier (J1939, J1708) *spn* - Suspect Parameter Number (J1939) *sa* - Source Address (J1939, OBDII) *oc* - Occurrence Count (J1939) *cm* - Conversion Method (J1939) *status* - Status of error code (active, pending, historical, permanent)

Module 15: OBD DTCs

can.engine.coolant.temperature

number

celsius

Engine coolant temperature read from CAN

Module 13: FMS In-Journey,
Module 14: OBD In-Journey,
Module 30: FMS In-Journey HiRes

can.mil.mileage

number

Distance traveled while malfunction indicator lamp is activated, read from CAN

Module 17: OBD Journey Stop

can.mil.time

number

hours

Time run with malfunction indicator lamp activated, read from CAN

Module 17: OBD Journey Stop

can.service.mileage

number

Service distance read from CAN

Module 16: FMS Journey Stop

channel.id

number

ID of channel that received a message

device.id

number

ID of device that received a message

device.name

string

Name of device that received a message

device.tamper.status

boolean

Device tamper status true - device is opened, false - device is closed

Report Reason Flags

device.type.id

number

ID of device type of device that received a message

din

number

Digital inputs bitmask

Module 3: Digitals

driver.id

string

Driver identification card id

Module 9: Driver ID

driver.id.source

string

Driver identification source

Module 9: Driver ID

engine.blocked.status

boolean

Engine blocked status (fuel cutoff relay), true - engine is blocked, false - engine isn't blocked

Report Status Flags

engine.ignition.status

boolean

Engine ignition or ACC status

Report Status Flags

engine.motorhours

number

hours

Total calculated engine motorhours

Module 12: GNSS Stop Report,
Module 16: FMS Journey Stop,
Module 17: OBD Journey Stop

external.powersource.voltage

number

volts

External power voltage

Module 1: Device Power

fms.cruise.time

number

seconds

FMS Eco driving Cruise time

Module 16: FMS Journey Stop

fuel.level

number

percentage

Fuel level percentage

Module 13: FMS In-Journey,
Module 14: OBD In-Journey,
Module 30: FMS In-Journey HiRes

geofence.id

number

Geofence ID

Module 8: Geofences

gnss.jamming.status

boolean

GNSS receiver signal jamming detected

Report Status Flags

gnss.odometer

number

Odometer value calculated from GNSS data

Module 12: GNSS Stop Report

gsm.mcc

number

Mobile network (GSM, 3G, 4G, LTE, 5G, ...) country code

Module 7: GSM Network Info

gsm.mnc

number

Mobile network (GSM, 3G, 4G, LTE, 5G, ...) code

Module 7: GSM Network Info

gsm.network.roaming.status

boolean

Mobile network (GSM, 3G, 4G, LTE, 5G, ...) in roaming mode

Report Status Flags

gsm.signal.level

number

percentage

Mobile network (GSM, 3G, 4G, LTE, 5G, ...) signal strength level

Module 6: Signal Quality

gsm.sim.iccid

string

Integrated Circuit Card Id of SIM card of the Mobile network (GSM, 3G, 4G, LTE, 5G, ...)

Module 28: SIM ICCID

gsm.sim.imsi

string

IMSI of SIM card of the Mobile network (GSM, 3G, 4G, LTE, 5G, ...)

Module 27: SIM IMSI

ident

string

Device unique identifier like serial number, IMEI, etc

max.x.acceleration

number

Harsh acceleration event max accelerometer value on X-axis

Module 5: Driver Behaviour

max.y.acceleration

number

Harsh acceleration event max accelerometer value on Y-axis

Module 5: Driver Behaviour

max.z.acceleration

number

Harsh acceleration event max accelerometer value on Z-axis

Module 5: Driver Behaviour

message.buffered.status

boolean

Black box message

Report Status Flags

min.x.acceleration

number

Harsh acceleration event min accelerometer value on X-axis

Module 5: Driver Behaviour

min.y.acceleration

number

Harsh acceleration event min accelerometer value on Y-axis

Module 5: Driver Behaviour

min.z.acceleration

number

Harsh acceleration event min accelerometer value on Z-axis

Module 5: Driver Behaviour

movement.status

boolean

Current movement state

Report Reason Flags

peer

string

IP:port from which device connecting to the channel

position.accuracy

number

meters

Position data accuracy in meters

Module 44: GNSS Extended Data

position.altitude

number

meters

Altitude value for position

Module 2: GPS Data,
Module 44: GNSS Extended Data

position.direction

number

degrees

Heading angle at position detection moment

Module 2: GPS Data,
Module 44: GNSS Extended Data

position.hdop

number

Horizontal dilution of precision

Module 44: GNSS Extended Data

position.latitude

number

degrees

Latitude coordinate value

Module 2: GPS Data,
Module 44: GNSS Extended Data

position.longitude

number

degrees

Longitude coordinate value

Module 2: GPS Data,
Module 44: GNSS Extended Data

position.max.speed

number

km/h

Maximum speed value

Module 2: GPS Data,
Module 44: GNSS Extended Data

position.satellites

number

Quantity of satellites used to calculate coordinates for given position information

Module 6: Signal Quality

position.satellites.visible

number

The number of visible GPS satellites at the time the location was received

Module 44: GNSS Extended Data

position.speed

number

km/h

Instant speed at position detection moment

Module 2: GPS Data,
Module 44: GNSS Extended Data

position.valid

boolean

Is position information accurate and valid for given timestamp

Report Status Flags

private.status

boolean

Device is in private mode

Report Status Flags

protocol.id

number

ID of protocol

record.seqnum

number

Registered record sequence number

sensor.temperature

number

celsius

Temperature sensor value

Module 33: Sensors

server.timestamp

number

seconds

Timestamp when server received a message

sleep.mode.status

boolean

Device is in sleep mode

Report Reason Flags

tacho.fms.driver.id

string

Indexed Driver ID read from Tacho FMS

Module 29: FMS Driver ID

timestamp

number

seconds

Message timestamp

total.fuel.consumed

number

liters

Total fuel consumption from device power on to the latest ACC ON time

Module 13: FMS In-Journey,
Module 30: FMS In-Journey HiRes

towing.alarm.status

boolean

Towing alarm state

Report Reason Flags

trip.average.engine.load.level

number

percentage

Average engine load during trip

Module 13: FMS In-Journey,
Module 14: OBD In-Journey,
Module 30: FMS In-Journey HiRes

trip.average.engine.rpm

number

rpm

Average engine RPM during trip

Module 13: FMS In-Journey,
Module 14: OBD In-Journey,
Module 30: FMS In-Journey HiRes

trip.average.speed

number

km/h

Average speed of the trip

Module 13: FMS In-Journey,
Module 14: OBD In-Journey,
Module 30: FMS In-Journey HiRes

trip.average.throttle.pedal.level

number

percentage

Average throttle pedal level during trip

Module 13: FMS In-Journey,
Module 14: OBD In-Journey,
Module 30: FMS In-Journey HiRes

trip.fuel.consumed

number

liters

Fuel consumed in the last trip

Module 14: OBD In-Journey,
Module 16: FMS Journey Stop

trip.idle.time

number

seconds

Time the vehicle was idle based on GPS and accelerometer information, according to corresponding threshold

Module 5: Driver Behaviour

trip.max.engine.load.level

number

percentage

Max engine load during trip

Module 13: FMS In-Journey,
Module 14: OBD In-Journey,
Module 30: FMS In-Journey HiRes

trip.max.engine.rpm

number

rpm

Max engine RPM during trip

Module 13: FMS In-Journey,
Module 14: OBD In-Journey,
Module 30: FMS In-Journey HiRes

trip.max.speed

number

km/h

Maximum speed of the trip

Module 13: FMS In-Journey,
Module 14: OBD In-Journey,
Module 30: FMS In-Journey HiRes

trip.max.throttle.pedal.level

number

percentage

Max throttle pedal level during trip

Module 13: FMS In-Journey,
Module 14: OBD In-Journey,
Module 30: FMS In-Journey HiRes

trip.mileage

number

Distance driven since engine start

Module 13: FMS In-Journey,
Module 14: OBD In-Journey,
Module 2: GPS Data,
Module 30: FMS In-Journey HiRes,
Module 44: GNSS Extended Data

vehicle.collision.alarm

boolean

Ordinary vehicle collision alarm

Report Reason Flags

vehicle.mileage

number

Total calculated mileage

Module 16: FMS Journey Stop,
Module 17: OBD Journey Stop

vehicle.state.bitmask

number

Vehicle state flags bitmask

Report Reason Flags

Title

Name

Description

Properties

APN

apn

Configure the GPRS Access Point Name. Use NONE to clear a fallback APN entry. Up to 5 APNs can be specified (primary + 4 fallbacks), comma-separated.

name: APN

APN Password

apn_password

Configure the GPRS Access Point password. Use NONE for a blank password.

password: Password

Digital Output

digital_output

Set digital output state. Optionally configure pulsed output with timing parameters. Warning: do not use on an output assigned to immobiliser function.

state: State

output: Output number

set_time: ON time (ms)

pulse_reps: Pulse repetitions

unset_time: OFF time (ms)

Immobilise

immobilise

Control vehicle immobiliser. Mode 0 clears immobilisation. Modes 1-4 activate with different conditions. Optional delay applies after mode conditions are met.

mode: Mode

delay: Delay (seconds)

Server Host

server_host

Configure the backend server IP address or hostname

host: Host

Server Port

server_port

Configure the backend server port number

port: Port

Title

Name